ALTERNATORS AND A.C. GENERATORSThe

ALTERNATORS AND A.C. GENERATORS
The national electricity supply system of every country is an alternating current supply; in the United Kingdom and in Europe the polarity of the supply changes every V50 s or every 20 ms, and every l/60s or 16.67 ms in the United States of America.
The basis of a simple alternator is the following one. It comprises a rotating permanent magnet (which is the rotating part or rotor) and a single-loop coil which is on the fixed part or the stator of the machine. You will see that at this instant of time, current flows into terminal A and out of terminal В (that is, terminal B is positive with respect to A so far as the external circuit is concerned).
When the magnet has rotated through 180A, the S-pole of the magnet passes across conductor A and the N-pole passes across conductor B. The net result at this time is that the induced current in the
conductors is reversed when compared with the previous case. That is, terminal B is negative with respect to A.
In this way, alternating current is induced in each turn of wire on the stator of the alternator. In practice a single turn of wire can neither have enough voltage induced in it nor carry enough current to supply
even one electric light bulb with electricity.
A practical alternator has a stator winding with many turns of wire on it, allowing it to deal with high voltage and current. The winding in such a machine is usually distributed around the stator in many
slots in the iron circuit. The designer arranges the coil design so that the alternator generates a voltage which follows a sinewave, that is, the voltage waveform is sinusoidal.

Результаты (английский) 2:

AC GENERATORS AND ALTERNATORS
The national electricity supply system of every country is an alternating current supply; in the United Kingdom and in Europe the polarity of the supply changes every V50 s or every 20 ms, and every l / 60s or 16.67 ms in the United States of America.
The basis of a simple alternator is the following one. It comprises a rotating permanent magnet (which is the rotating part or rotor) and a single-loop coil which is on the fixed part or the stator of the machine. You will see that at this instant of time, current flows into terminal A and out of terminal B (that is, terminal B is positive with respect to A so far as the external circuit is concerned).
When the magnet has rotated through 180A, S-pole the of the magnet passes across conductor A and the N-pole passes across conductor B. The net result at this time is that the induced current in the
conductors is reversed when compared with the previous case. Is That, terminal B is negative with respect to A.
In this way, alternating current is induced in each turn of wire on the stator of the alternator. In practice a single turn of wire can neither have enough voltage induced in it nor carry enough current to supply
even one electric light bulb with electricity.
A practical alternator has a stator winding with many turns of wire on it, allowing it to deal with high voltage and current. In such winding The machine is a usually distributed around the stator in many
slots in the iron circuit. The designer arranges the coil design so that the alternator generates a voltage which follows a sinewave, that is, the voltage waveform is sinusoidal.

Результаты (английский) 3:

ALTERNATORS and a.c. GENERATORS
national vitamin supply system of every country is an alternating current supply; in the united kingdom and in europe the polarity of the supply changes every V50's or every 20 ms, and every l / 60s or 16.67 ms in the united states of america. "the basis of a simple alternator is the the following one.it comprises a rotating permanent magnet (which is the rotating part or rotor) and a single loop coil which is on the fixed part or the stator of the machine. you will see that at this instant of time, current flows into and out of the terminal in the terminal a (that is, the terminal b is positive with respect to a so far as the external circuit is concerned).
when the magnet has rotated through 180A,the s pole of the magnet passes across conductor a and the n pole passes across conductor b. the net result at this time is that the induced current in the
conductors is reversed when compared with the previous case. that is, the terminal b is negative with respect to a.
in this way, alternating current is induced in each turn of wire on the stator of the alternator.in practice, a single turn of wire can neither have enough voltage induced in it nor carry enough current to supply
even one electric light bulb with vitamin.
a practical alternator has a stator winding with many turns of wire on it, allowing it to deal with high voltage and current. the winding in such a machine is usually distributed around the stator in many
slots in the iron circuit.